Microsoft Technology Licensing, LLC

Scott Sebelsky

Peiyuan Yan

Xiaohong Mark Yang

Mark Xiaohong Yang

Lewis Charles Levin

Rou-Peng Huang

Baomin Li

Randy Dong

Kevin Robert Schmidt

Peter Bull

Gordon Goetsch

Steven L Hoberecht

Financial intelligence architecture that employs financial types that are combined with rules to build financial behavior into the product. Types have behaviors such that types can be assigned that lead to the physical creation of underlying code which embodies the behaviors. Extensibility is provided at least by type parameterization and new type creation. Because types are a design time experience, types are two-way and can be modified, even after instantiation. This allows for mixing and matching of types and underlying behavior giving the system more flexibility at design time while providing a huge simplification of all the details that actually go into such financial applications. The type library is a set of rules that produce metadata, which metadata is later processed by a separate engine to produce the physical schema. The type library defines the basic interactions, data types, and behaviors for predefined dimensions in the system.

Type-driven rules for financial intellegence

Computer-readable storage media, computer-implemented methods, and systems are disclosed for a multi-platform calculation rule language and its environment. A calculation rule, presented in an expression language and specifying one or more functions, is received. The expression language, for a plurality of different platforms, allows each of a plurality of functions to be expressed using a common syntax. A selected platform is identified on which the calculation rule is to be executed. The calculation rule is resolved to the attributes of the data model in the selected platform to apply the calculation rule to the data model. The calculation rule is executed by performing the one or more functions specified in the calculation rule, and the results from executing the calculation rule are reported.

Multi-platform business calculation rule language and execution environment

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Camano Island, WA, United States of America

Scott Sebelsky